Tamiya TB-04 Precision Aluminium Motor Plate TB4018 by GPM  [TB4018]

Tamiya TB04 Aluminium Motor Plate - 1set - GPM TB4018
Price:
USD$7.60
Brand:
GPM
Model:
TB4018
GTIN:
4894538180756
Condition:
Brand New
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alt="Tamiya TB04 Aluminium Motor Plate - 1set - GPM TB4018" title="Tamiya TB04 Aluminium Motor Plate - 1set - GPM TB4018"
alt="Tamiya TB04 Aluminium Motor Plate - 1set - GPM TB4018" title="Tamiya TB04 Aluminium Motor Plate - 1set - GPM TB4018"
alt="Tamiya TB04 Aluminium Motor Plate - 1set - GPM TB4018" title="Tamiya TB04 Aluminium Motor Plate - 1set - GPM TB4018"
alt="Tamiya TB04 Aluminium Motor Plate - 1set - GPM TB4018" title="Tamiya TB04 Aluminium Motor Plate - 1set - GPM TB4018"

Precision machined motor plate for TB-04 applications

This aftermarket motor plate is engineered for the Tamiya TB-04 1/10 electric touring chassis as a direct replacement for the original motor mounting component. Machined from aluminium to provide a rigid mounting datum, the plate reduces motor movement and enhances repeatability during setup changes and dynamic load conditions.

The component installs using the TB-04 factory motor mounting points and standard screw positions, allowing straightforward replacement. Its geometry supports incremental motor position adjustments to precisely set spur and pinion mesh without altering gearbox components.

In workshop and track tuning workflows the plate gives a stable motor reference for consistent gear engagement and improved torque transfer at model scale. This is an RC model upgrade part intended solely for hobby use.

Does the plate preserve factory hole spacing for TB-04?

Yes. The plate is designed to align with the TB-04 factory mounting pattern and use the chassis original fastener locations.

How should I verify correct gear mesh after fitting?

Set initial mesh with small motor position changes, then run the drivetrain briefly and recheck for uniform tooth contact and minimal backlash. Adjust as needed.

Are there recommended checks after first installation?

Inspect mounting screws for torque, confirm motor alignment, and verify mesh after a short running session to ensure components bed in correctly.